Missions

The work will involve studying forward-scattering media through theoretical modeling, numerical simulations, and experimental implementations. The goal of the project is to identify pathways for information communication through these media.

Activités

The recruited person will need to develop a theoretical model, perform numerical validations using Python, and implement the solutions identified by the theory to validate them experimentally. Advanced image processing of the obtained experimental results will also need to be carried out.

Compétences

The candidate must have a strong background in fundamental optics and should provide good references for experimental optics. The devices to be controlled will include a liquid crystal spatial phase modulator, scientific cameras, and lasers. The candidate should also be able to demonstrate experience in advanced image processing and/or signal processing.

Contexte de travail

The recruited person will work within the Singular Imaging group at the Saints-Pères Paris Institute for the Neurosciences (SPPIN). The expected work is part of an effort to develop groundbreaking microscopy techniques for the life sciences. In this context, the work of the Singular Imaging group starts from fundamental physical concepts to develop innovative instruments.

Contraintes et risques

The contract is planned for one year. The risks associated with the work are those typically encountered in an academic laboratory using coherent light sources and electrical equipment.